JP2008065609A - Operation management system and method for developing configuration of network equipment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To convert an operation instruction manual to a field and setting information (configuration information) into a QR code and to send information required for a field operator to a portable terminal by an e-mail. <P>SOLUTION: By converting the operation instruction manual to the field and the setting information (configuration information) into the QR code and sending the information required for the field operator to the portable terminal by the e-mail, various data can be carried to an operation place. Further, by sending the operation instruction manual and the setting information (configuration information) as the QR code by an electronic means, data can be surely scrapped after completing the operation. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a network device construction / deployment method, and more particularly, to a network device construction / deployment method using a GPS function (Global Positioning System) and a QR code (Quick Response code) (registered trademark).

  When installing a plurality of network devices in a plurality of locations, the contents of instructions differ depending on the work location and the network device, so it is necessary to accurately transmit the data to the worker.

  When installing multiple network devices in multiple locations, work instruction information and network device setting information (configuration information) differ depending on the work location and network device, so these information is distributed to local workers accurately. There was a need. Note that the configuration information represents a setting information database of network devices.

  When creating and distributing work instruction information and setting information (configuration information) to a local worker on a portable medium such as a CD-R, a specific medium created for each work place is assigned to the work place. It was necessary to confirm that the distributed media was always brought to the work place. Further, for information management, it is necessary to collect all the portable media distributed after the work is completed.

  In addition, in a method in which an operator connects to a server on the construction company side using a network or the like from an office or the site and downloads work instruction information and setting information (config information), the operator side is connected to the network. There was a need to build an environment. Furthermore, in the case of this method, the network construction company needs to set and manage security and the like so as to provide only specific information to specific local workers.

Japanese Unexamined Patent Application Publication No. 2002-305765 (Patent Document 1) discloses a terminal control device, a portable terminal, a terminal control method, and a terminal control program.
This prior art is a terminal control device connected to a mobile terminal through a network, and includes location information acquisition means for acquiring location information of the mobile terminal and region information for storing region information relating to the region corresponding to the location information in advance. The local information stored in the regional information storage unit corresponding to the positional information is transmitted to the portable terminal that has acquired the positional information by the storage unit and the positional information acquisition unit, and the regional information is received And a function setting means for setting a communication function.

Japanese Patent Application Laid-Open No. 2003-067520 (Patent Document 2) discloses a computer repair reception and maintenance staff dispatch system and method.
It consists of a user, a reception center terminal, a management center terminal, a portable terminal carried by maintenance personnel, and a network. The user uses a telephone line to contact the reception center terminal to request a repair and perform voice recognition. The repair request is automatically converted from voice to Japanese by the device, the work instruction information is automatically generated by the information processing device and transmitted to the management center terminal, and the management center terminal stores the progress management of the repair request. Work progress management DB that stores work progress management of maintenance personnel, specialized knowledge / level management DB that stores presence / absence of knowledge and level of knowledge for each maintenance worker, and map information DB that stores map information Instructions and progress management are performed, the optimal maintenance staff close to the user is determined, and the computer is repaired.

Japanese Unexamined Patent Publication No. 2005-122570 (Patent Document 3) discloses an operator management system.
This worker management system is connected to a network and includes a plurality of portable terminals and a call center server connected to the network. The plurality of portable terminals and the call center server belong to a vendor, and the plurality of portable terminals are used by workers of the vendor.

Japanese Patent Laying-Open No. 2005-228172 (Patent Document 4) discloses an initial setting server device, an initial setting system, an initial setting method, and a computer-readable recording medium.
A built-in device setting information storage unit for storing embedded device setting information in which the position information of the place where the embedded device is installed and the initial setting information required by the embedded device corresponding to the position information is stored, When there is a request for transmission of initial setting information required by the embedded device using the position information as identification information from the embedded device, the initial setting information is searched based on the embedded device setting information stored in the device setting information storage unit. Extracted and sent to the embedded device.

Japanese Patent Laying-Open No. 2005-244268 (Patent Document 5) discloses a communication system having an imaging device and a communication method therefor.
This communication method is a communication method in a communication system in which a terminal device and a display device are connected to a first network, and an imaging device and a display device are connected to a second network. An input step for inputting communication setting information for network connection, a storing step for storing the communication setting information, a unique image converting step for converting the communication setting information into unique image data, and a unique image for displaying the unique image data A display step, an access information generation step for generating access information for the display device to communicate with the imaging device based on the communication setting information, and an information transmission step for transmitting the access information to the display device via the first network. The image pickup device has an image input step for picking up image data, and an image is displayed on the display device. An image transmission step for transmitting data, an image determination step for determining whether or not the captured image data is unique image data, and if it is determined as unique image data, the unique image data is converted into the communication setting information; An information setting step for performing communication settings for the second network connection, wherein the display device receives the access information via the first network, and the access information And a second communication step of receiving image data from the imaging device, and a received image display step of displaying the received image data.

JP 2002-305765 A JP 2003-067520 A JP 2005-122570 A JP 2005-228172 A JP 2005-244268 A

In the conventional method, the following two methods have been used. However, both methods have problems to be solved in order to convey the data to the worker.
First, when creating and distributing instructions to local workers on portable media such as CD-Rs, management and distribution of which media must be sent to which workers In some cases, the finished items were not always brought to the work place. For information management, it was necessary to collect all the portable media distributed after the work was completed.
Secondly, in a method in which a worker connects to the Internet or the like from the site and downloads work instructions and setting information (config information), the worker side needs to connect to the network and construct an environment for downloading files. It was. In addition, this method requires management for providing only specific information to a specific worker.
The object of the present invention is to solve the above problems, and when installing a plurality of network devices in a plurality of locations, the contents of instructions differ depending on the work location and the network devices, so that data can be accurately transmitted to the worker. It is to provide a system that can.

  In the following, means for solving the problem will be described using the numbers used in [Best Mode for Carrying Out the Invention] in parentheses. These numbers are added to clarify the correspondence between the description of [Claims] and [Best Mode for Carrying Out the Invention]. However, these numbers should not be used to interpret the technical scope of the invention described in [Claims].

The work management system of the present invention creates work instructions related to installation and setting of network devices and setting information of network devices, and converts the work instructions and setting information into electronic data, and the work instructions converted into electronic data Register the work instructions in the work instruction database (12), register the setting information converted into electronic data in the setting information database (13), and create a work instruction code based on the work instructions converted into electronic data, A setting information code is created based on the setting information converted into electronic data, the work instruction code is registered in the work instruction database (12), the setting information code is registered in the setting information database (13), and the network device The operator terminal (10) for registering the information of the local worker (30) who performs installation and setting in the worker database (13), and the local Storing a GPS (Global Positioning System) location information of the skill (30), and has a mobile terminal for requesting notification of work orders and setting information to the operator terminal (10) (20).
Upon receiving the request notification, the business entity terminal (10) acquires the GPS position information from the portable terminal (20), and registers the acquired GPS position information and the work instruction document database (12) or the worker database (13). Collation with the positional information is performed, and if the collation results match, the work instruction code and the setting information code are transmitted to the portable terminal (20).
The mobile terminal (20) creates work instruction electronic data and setting information electronic data based on the work instruction code and the setting information code, and notifies the local worker (30) of the work instruction and setting information.

  The business entity terminal (10) transmits a code transmission impossible message to the mobile terminal (20) when the collation result of the position information does not match.

  When the portable terminal (20) receives the code transmission impossible message, it again notifies the operator terminal (10) of a request for a work instruction and setting information.

  The business entity terminal (10) refers to the work instruction document database (12), and notifies the mobile terminal (20) of work instructions when the work date for installation and setting of network devices approaches. The mobile terminal (20) performs a request notification in response to the work instruction notification.

  The portable terminal (20) receives the work instruction form code and the setting information code based on the work instruction form code and the setting information code according to the instruction of the local worker (30) who has confirmed the reception of the work instruction form code and the setting information code. Create electronic data.

  The mobile terminal (20) deletes the work instruction electronic data, the setting information electronic data, the work instruction code, and the setting information code used for the work of installing and setting the network device.

  Another work management system of the present invention includes a portable terminal (20) that holds GPS (Global Positioning System) position information, and a server (10) that identifies and communicates with the portable terminal (20) based on the GPS position information. It comprises.

  The server (10) transmits data corresponding to the GPS position information to the mobile terminal (20).

  The server (10) converts the work instruction relating to the installation and setting of the network device and the setting information of the network device into a two-dimensional code and transmits it to the mobile terminal (20).

  The network device construction and deployment method according to the present invention includes: (a1) a step in which the operator terminal (10) creates a work instruction sheet related to installation and setting of the network device and setting information of the network device; A step of converting the work instruction and the setting information into electronic data; (a3) registering the electronic work instruction into the work instruction database (12) and storing the electronic setting information into the setting information database (13); A step of registration; (a4) creating a work instruction code based on the electronic work instruction and registering it in the work instruction database (12); creating a setting information code based on the electronic setting information Step of registering in the setting information database (13), and (a5) of the local worker (30) who installs and sets the network equipment A step of registering information in the worker database (13), and (a6) when the operator terminal (10) refers to the work instruction database (12) and the work date of installation and setting of the network equipment approaches, A step of sending a work instruction notification e-mail to the portable terminal (20) of the local worker (30) in charge of the work; and (a7) the portable terminal (20) sends a work instruction to the operator terminal (10). (A8) When the operator terminal (10) receives the work instruction and the request for setting information, the step of acquiring GPS position information from the portable terminal (20); (A9) The operator terminal (10) collates the GPS position information with the position information registered in the work instruction database (12) or the worker database (13), and (a 0) If the result of collation is matched, operators terminal (10), and a step of transmitting a work instruction code and configuration information code to the mobile terminal (20).

  The network device construction and deployment method according to the present invention further includes the step of (a11) the provider terminal (10) transmitting a code transmission impossible message to the portable terminal (20) when the collation result of the position information does not match. It has.

  The network device construction and deployment method according to the present invention includes: (a12) When the portable terminal (20) receives the code transmission impossible message, the operator terminal (10) is notified again of the work instruction and the setting information request. The step of performing is further provided.

  According to the network device construction and deployment method of the present invention, (a13) the portable terminal (20) confirms the reception of the work instruction code and the setting information code according to the instruction of the local worker (30). And a step of creating work instruction electronic data and setting information electronic data based on the setting information code.

The network device construction and deployment method according to the present invention includes: (a14) a mobile terminal (20) that uses a work instruction electronic data, setting information electronic data, a work instruction code, The method further includes a step of deleting the setting information code.

  Another network device construction and deployment method of the present invention includes: (b1) a step in which the mobile terminal (20) collects GPS (Global Positioning System) position information; and (b2) a server (10) that includes GPS position information. And a mobile terminal (20) for identifying and communicating.

  The step (b2) includes a step (b21) in which the server (10) transmits data corresponding to the GPS position information to the portable terminal (20).

  (B2) Step (b22) The server (10) converts the work instruction relating to installation and setting of the network device and the setting information of the network device into a two-dimensional code and transmits it to the mobile terminal (20). The method further includes the step of:

The first effect is that when installing a plurality of network devices at a plurality of locations, even if the contents of instructions differ depending on the work location and the network devices, it is possible to reliably transmit data to the worker. The reason for this is that GPS location information is obtained from the mobile terminal of the worker in charge of the work, collated with the location registered in the work instruction database or the office location registered in the worker database. This is because the work instruction sheet QR code and the setting information (configuration information) QR code are transmitted to the worker's mobile terminal by e-mail.
The second effect is that the management of local workers is centrally managed. The reason is that the sorting work can be easily performed by centrally managing the worker information of the local worker, the work execution date, and the like using a database.

A first embodiment of the present invention will be described below with reference to the accompanying drawings.
FIG. 1 shows the configuration of the work management system of the present invention.
The work management system of the present invention includes a network construction company terminal 10 and a mobile terminal 20. The network construction company terminal 10 is used by a network construction company that gives instructions for work. The portable terminal 20 (20-i, i = 1 to n: n is the number of workers) is used by the local worker 30 (30-i, i = 1 to n) who actually performs the work. As an example of the mobile terminal 20, a mobile phone, a laptop computer (laptop), a PDA (Personal Digital Assistant), a handy terminal, a mobile game machine, and a mobile music player can be considered. Actually, the portable terminal 20 and the local worker 30 are not limited to one-to-one correspondence, and a single portable terminal 20 may be shared by a plurality of local workers 30 as a group. . Conversely, a case where one local worker 30 has a plurality of portable terminals 20 is also conceivable. The network construction company terminal 10 and the mobile terminal 20 communicate via the network 100. The network 100 is a general-purpose network such as the Internet. Here, a general telecommunication line is used.

  As illustrated in FIG. 2, the network construction operator terminal 10 includes a processing device 11, a work instruction document database 12, a configuration information database 13, and an operator database 14.

  The processing device 11 creates a work instruction sheet related to installation and setting of network devices and setting information (configuration information) of the network devices in accordance with the operation of the network construction company. The created work instruction and setting information (configuration information) are converted into electronic data and registered in the work instruction database 12 and the configuration information database 13 respectively. Also, a work instruction form QR code (Quick Response code) (registered trademark) and configuration information QR code are created based on the electronic work instruction form and setting information (configuration information), and the work instruction form database 12 and configuration information are created. Register in the database 13. Furthermore, information on the local worker 30 who performs installation and setting of network equipment is registered in the worker database 14.

As shown in FIG. 3, the work instruction document database 12 includes “work instruction number”, “customer name”, “work subject name”, “work place”, “location”, “work date”, “work instruction data”. , Information on each item of “work instruction QR code” and “worker” is recorded.
The “work instruction number” indicates a number for identifying a work instruction for the local worker 30. For example, “00001” is displayed. “Customer name” indicates the name and identification information of the customer who requested the work. For example, “○ × Shosho” is displayed. The “work subject” indicates a work name and identification information. For example, “○ × Trading head office 2F work” is displayed. The “work place” indicates a place where work is actually performed. For example, “Head Office 2F” is displayed. “Location” indicates the location of the work place. For example, “YY city 1-1-1” is displayed. “Working day” indicates the day on which the work is performed. For example, the date is displayed as “YYMMDD”. The work start date and the work period from the work start date to the end date may be indicated. “Work instruction data” records information indicating “normal” or “abnormal”. Here, when the network construction company terminal 10 receives a request for a work instruction from an operator, it checks whether there is no problem in the position information of the worker from the GPS (Global Positioning System) position information. It becomes "normal". The GPS is a system that knows the position (longitude / latitude) of the receiver on the earth, and is used to confirm the position information of the local worker in the present invention. The “work instruction QR code” records information indicating “normal” or “abnormal”. Here, when the “work instruction data” is “normal”, the network construction company terminal 10 transmits an actual work instruction using a QR code, and “normal” if there is no problem. “Worker” indicates a name or identification information for identifying the local worker 30 in charge of the work. For example, “Worker C” is displayed. Note that these are merely examples, and are not actually limited to these examples.

As illustrated in FIG. 4, the configuration information database 13 records information on each item of “configuration number”, “work instruction number”, “device name”, “configuration information”, and “configuration information QR code”.
“Configuration number” indicates a number for identifying setting information (configuration information). For example, “0000000001” is displayed. The “work instruction number” indicates a number for identifying a work instruction for the local worker 30. For example, “00001” is displayed. “Device name” indicates the device name and identification information of the network device to be installed. For example, “L2SW001” is displayed. “Configuration information” records information indicating “normal” or “abnormal”. In this case, after the work instruction QR code is transmitted, it is “normal” when there is no problem such as change or error. “Configuration information QR code” records information indicating “normal” or “abnormal”. In this case, after the configuration information QR code is transmitted, it becomes “normal” when there is no problem such as an error. Note that these are merely examples, and are not actually limited to these examples.

As shown in FIG. 5, the worker database 14 records information on each item of “worker”, “affiliation”, “office location”, “mobile terminal address”, and “mobile terminal device identification number”. .
“Worker” indicates a name or identification information for identifying the local worker 30 in charge of the work. For example, “Worker C” is displayed. “Affiliation” indicates the affiliation of the worker. For example, “Cooperating company XX” is displayed. “Office location” indicates the location of the office to which the worker belongs. For example, “Hokkaido XX city XX” is displayed. The “mobile terminal address” indicates an address used when using the electronic mail via the mobile terminal 20. The “mobile terminal device identification number” indicates identification information for identifying the mobile terminal 20. In the case of a mobile phone, a telephone number may be used. That is, any information for specifying a mobile terminal may be used. Further, when the worker owns a plurality of mobile terminals, a plurality of “mobile terminal addresses” and “mobile terminal device identification numbers” may be registered per worker. Note that these are merely examples, and are not actually limited to these examples.

  Further, the processing device 11 refers to the work instruction document database 12 and, when the work date of installation and setting of network equipment approaches, sends a work instruction notification e-mail to the mobile terminal 20 of the local worker in charge of the work. Send. When there are a plurality of local workers who are the targets of the work instruction notification, the work instruction notification e-mail is sent to the mobile terminals 20 of all the target persons or the mobile terminals 20 of the local workers 30 selected by the business operator. Send.

  The local worker 30 confirming the work instruction notification sends a request notification of the work instruction document and the configuration information to the processing device 11.

  When the processing device 11 receives the request notification of the work instruction sheet and the configuration information, the processing device 11 acquires the GPS position information from the portable terminal 20 of the local worker 30.

  The processing device 11 compares the acquired GPS position information with the location registered in the work instruction database 12 or the office location registered in the worker database 14.

  When the collation results match, the work instruction sheet QR code and the configuration information QR code are transmitted to the portable terminal 20 of the local worker 30 by e-mail. Note that the result of the collation need not be a complete match. For example, if the GPS location information is within a predetermined range (area) centered on the location registered in the work instruction database 12 or the office location registered in the worker database 14, it is determined that they match. You may make it do.

  In addition, when the processing device 11 receives notification of request for work instructions and configuration information from a plurality of portable terminals 20, the GPS position information is registered in the location registered in the work instruction database 12 or in the worker database 14. You may make it notify to the portable terminal 20 of the local worker 30 nearest to the office location where the collation result matched. At this time, in order to avoid the confusion of work, the local worker 30 closest to the work place is notified that the other portable terminal 20 is working. For example, information about the mobile terminal 20 that has been notified that the collation result matches is notified. The other mobile terminals 20 may not end the processing because the collation results do not match, and may wait for the next work instruction notification. Of course, it is also possible to regard the result of matching as inconsistent.

  When the collation result of the position information does not match, a QR code transmission impossible message is transmitted to the portable terminal 20 of the local worker.

  The local worker 30 who has confirmed the reception of the work instruction form QR code and the configuration information QR code converts the QR code into work instruction form electronic data and configuration information electronic data on the mobile terminal 20.

  The local worker 30 performs installation and setting work of the network device using the work instruction electronic data and the configuration information electronic data.

  Lastly, the local worker 30, after completing the installation and setting work of the network device, sends the used work instruction electronic data, configuration information electronic data, work instruction QR code, and configuration information QR code to the portable terminal. Delete from.

Next, the operation of registering work instructions will be described in detail with reference to the flowchart of FIG.
(1) Step S101
First, the network construction company terminal 10 creates a work instruction related to installation and setting of network devices.
(2) Step S102
Next, the network construction company terminal 10 converts the created work instruction into electronic data and registers it in the work instruction database 12.
(3) Step S103
Next, the network construction company terminal 10 converts the work instruction document converted into electronic data into a QR code.
(4) Step S104
Next, the network construction company terminal 10 registers the QR code of the work instruction document in the work instruction document database 12.

Next, the configuration information registration operation will be described in detail with reference to the flowchart of FIG.
(1) Step S201
First, the network construction company terminal 10 creates setting information (configuration information) related to the setting of the network device.
(2) Step S202
Next, the network construction company terminal 10 converts the created configuration information into electronic data and registers it in the configuration information database 13.
(3) Step S203
Next, the network construction company terminal 10 converts the configuration information converted into electronic data into a QR code.
(4) Step S204
Next, the network construction operator terminal 10 registers the QR code of the configuration information in the configuration information database 13.

  Furthermore, the network construction operator terminal 10 registers information on the local worker 30 who performs installation and setting of the network device in the worker database 14 at the time of registration of the work instruction and configuration information or after registration.

The operation of the work management system of the present invention will be described in detail below with reference to FIGS. 8A and 8B.
(1) Step S301
The processing device 11 stands by until there is a work instruction. That is, the monitoring of the presence / absence of work instructions is continued.
(2) Step S302
If there is a work instruction, the processing device 11 refers to the work instruction document database 12 and extracts information regarding the target work.
(3) Step S303
Further, the processing device 11 refers to the work instruction database 12 and extracts information related to the local worker 30 who actually performs the work.
(4) Step S304
When the installation date of the network device and the work day of setting approach, the processing device 11 transmits an e-mail of work instruction notification to the mobile terminal 20 of the local worker 30 who is in charge of the work.
(5) Step S305
The portable terminal 20 receives the work instruction notification e-mail.
(6) Step S306
The local worker 30 confirms the work instruction notification using the portable terminal 20.
(7) Step S307
The local worker 30 confirming the work instruction notification using the portable terminal 20 uses the portable terminal 20 to notify the processing device 11 of a request for a work instruction document and setting information (configuration information).
(8) Step S308
The portable terminal 20 transmits a request notification for work instructions and setting information (configuration information) to the processing device 11.
(9) Step S309
The processing device 11 monitors a request notification of a work instruction and setting information (configuration information) from the worker. That is, it is determined whether or not there is a request notification of the work instruction sheet and setting information (configuration information) from the mobile terminal 20. If not, wait until it is received.
(10) Step S310
The mobile terminal 20 provides GPS position information in response to a request from the processing device 11.
(11) Step S311
When the processing device 11 receives the request notification of the work instruction sheet and the setting information (configuration information), the processing device 11 acquires the GPS position information of the portable terminal 20 of the worker 30.
(12) Step S312
The processing device 11 collates the GPS position information with the location registered in the work instruction database 12 or the office location registered in the worker database 14.
(13) Step S313
If the collation result of the position information does not match, the processing device 11 transmits a QR code transmission impossible message to the mobile terminal 20 of the local worker 30. The QR code is a kind of two-dimensional code. In the present invention, the QR code is used as one of compressed data for transmitting a work instruction related to setting and setting information (configuration information) of the network device to the mobile terminal. Used.
(14) Step S314
The portable terminal 20 receives the QR code transmission impossible message from the processing device 11, and notifies the local worker 30 of an unauthorized notification indicating that there is a problem in the reception location by display or other notification means.
(15) Step S315
If there is an unauthorized notification of the receiving location from the mobile terminal 20, the local worker 30 uses the mobile terminal 20 again to notify the processing device 11 of a request for a work instruction and setting information (configuration information). .
(16) Step S316
When the collation result of the position information matches, the processing device 11 performs a process of transmitting the work instruction sheet QR code and the configuration information QR code to the portable terminal 20 of the local worker 30 by e-mail.
(17) Step S317
The processing device 11 refers to the configuration information database 13 to obtain a work instruction form QR code and transmits it to the mobile terminal 20.
(18) Step S318
The portable terminal 20 receives the work instruction sheet QR code from the processing device 11 and notifies the local worker 30 by display or other notification means.
(19) Step S319
The local worker 30 confirming the reception of the work instruction form QR code to the portable terminal 20 converts the QR code into work instruction form electronic data by the portable terminal 20.
(20) Step S320
Similarly, the processing device 11 transmits the configuration information QR code to the mobile terminal 20.
(21) Step S321
The portable terminal 20 receives the configuration information QR code from the processing device 11 and notifies the local worker 30 by display or other notification means.
(22) Step S322
The local worker 30 confirming reception of the configuration information QR code to the mobile terminal 20 converts the QR code into configuration information electronic data by the mobile terminal 20.
(23) Step S323
The local worker 30 performs installation and setting work of the network device using the work instruction electronic data and the configuration information electronic data. The local worker 30 issues an instruction to delete the used work instruction electronic data and the work instruction QR code from the portable terminal 20 after the installation and setting of the network device are completed.
(24) Step S324
The portable terminal 20 deletes the work instruction electronic data and the work instruction QR code used in response to the deletion instruction from the local worker 30.
(25) Step S325
Similarly, the local worker 30 deletes the used setting information (configuration information) electronic data and setting information (configuration information) QR code from the portable terminal 20 after the installation of the network equipment and the setting work are completed. Give instructions.
(26) Step S326
The portable terminal 20 deletes the setting information (configuration information) electronic data and the setting information (configuration information) QR code used in response to the deletion instruction from the local worker 30.

The second embodiment of the present invention will be described below.
Depending on the work site, the local worker 30 may be a working machine instead of a person. In such a case, the portable terminal 20 receives a work instruction notification or setting information (configuration information) from the processing device 11 and controls the work machine, or between the work machine and the processing device 11. The present invention can be applied to any communication device that relays communication.

The third embodiment of the present invention will be described below.
In the present invention, the network construction company terminal 10 sends a work instruction notification to the mobile terminal 20 of the local worker 30 near the network device to be worked in accordance with the GPS position information transmitted from the mobile terminal 20. A QR code of setting information (configuration information) is transmitted. In other words, the GPS position information is used as identification information of the mobile terminal 20.

  As described above, by using the GPS position information as the identification information of the portable terminal 20, it is possible to provide a communication system that identifies and communicates with a plurality of portable terminals without using a telephone number or an IP address. When two or more mobile terminals have the same GPS position information, it is possible to identify the mobile terminals having the same GPS position information by assigning numbers such as 1, 2, 3, A, B, and C. It is done.

  As described above, according to the present invention, when a network construction company or the like deploys network equipment, various work instructions to network workers and setting information (configuration information) of the network equipment are displayed. This system is characterized by being identified by a GPS function and instructing with a QR code.

  A network construction company or the like creates a database of work instructions related to installation and setting of network devices and setting information (configuration information) of network devices, and converts this into a QR code.

  The local worker uses a portable terminal having a GPS function to make a transmission request for QR-coded data from the work place or the worker's full-time office to the construction company. In response to a transmission request from an operator, the network construction and construction business operator collects GPS location information of the mobile terminal, compares it with the work location location information registered in the database, or office information, and receives location information. If they match, a QR code is transmitted to the portable terminal of the local worker.

  The local worker performs installation of network equipment and setting information (configuration information) using the received QR code.

  In the present invention, the work instruction document and setting information (configuration information) for the site are converted into a QR code, and information necessary for the local worker is sent to a mobile terminal such as a mobile terminal by e-mail. Can be brought to the work place.

  In addition, by sending work instructions and setting information (configuration information) electronically using a QR code, it is possible to reliably discard data after work.

FIG. 1 is a configuration diagram of a work management system according to the present invention. FIG. 2 is a block diagram showing an internal configuration example of the network operator terminal. FIG. 3 is a diagram illustrating an example of a work instruction document database. FIG. 4 is a diagram illustrating an example of the configuration information database. FIG. 5 is a diagram illustrating an example of the worker database. FIG. 6 is a flowchart showing the operation of registering work instructions. FIG. 7 is a flowchart showing the configuration information registration operation. FIG. 8A is a sequence diagram showing the operation of the entire system of the present invention. FIG. 8B is a sequence diagram showing the operation of the entire system of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Network construction company terminal 11 ... Processing apparatus 12 ... Work instruction document database 13 ... Configuration information database 14 ... Worker database 20 ... Portable terminal 30 ... Local worker 100 ... Network

Claims (17)

Work instructions related to installation and setting of network devices and setting information of the network devices are created, the work instructions and the setting information are converted into electronic data, and the work instructions written as electronic data are processed as work instructions. Registered in the certificate database, the setting information converted into electronic data is registered in the setting information database, and a work instruction code is created based on the work instruction converted into electronic data. Create a setting information code on the basis of, register the work instruction code in the work instruction database, register the setting information code in the setting information database, and install and set the network device An operator terminal for registering the worker's information in the worker database;
A portable terminal that stores GPS (Global Positioning System) position information of the local worker, and performs a request notification of the work instruction and the setting information to the operator terminal;
Upon receipt of the request notification, the business operator terminal acquires the GPS location information from the mobile terminal, and the acquired GPS location information and location information registered in the work instruction database or the operator database. When the result of the matching is matched, the work instruction code and the setting information code are transmitted to the mobile terminal,
The mobile terminal creates work instruction electronic data and setting information electronic data based on the work instruction code and the setting information code, and notifies the local operator of the work instruction and the setting information. . The work management system according to claim 1,
The business operator terminal transmits a code transmission impossible message to the portable terminal when the collation result of the position information does not match. In the work management system according to claim 2,
When the portable terminal receives the code transmission impossible message, the portable terminal again notifies the operator terminal of the request for the work instruction and the setting information. In the work management system according to any one of claims 1 to 3,
The operator terminal refers to the work instruction database, and when the work date of installation and setting of the network equipment approaches, performs a work instruction notification to the mobile terminal,
The mobile terminal performs the request notification in response to the work instruction notification. In the work management system according to any one of claims 1 to 4,
In response to an instruction from the local worker who has confirmed receipt of the work instruction code and the setting information code, the portable terminal is configured to use the work instruction electronic data and the work instruction electronic data based on the work instruction code and the setting information code. Work management system that creates configuration information electronic data. In the work management system according to claim 5,
The mobile terminal deletes the work instruction electronic data, the setting information electronic data, the work instruction code, and the setting information code used for the installation and setting work of the network device. A portable terminal holding GPS (Global Positioning System) position information;
A work management system comprising: a server that identifies and communicates with the mobile terminal based on the GPS position information. In the work management system according to claim 7,
The server transmits data according to the GPS position information to the mobile terminal. The work management system according to claim 8,
The server converts a work instruction sheet related to installation and setting of a network device and setting information of the network device into a two-dimensional code and transmits it to the mobile terminal. (A1) a business operator terminal creates a work instruction sheet related to installation and setting of a network device, and setting information of the network device;
(A2) converting the work instruction and the setting information into electronic data;
(A3) registering the work instruction document converted into electronic data in the work instruction document database, and registering the setting information converted into electronic data into the setting information database;
(A4) A work instruction code is created based on the work instruction document converted into electronic data and registered in the work instruction database, and a setting information code is created based on the setting information converted into electronic data. Registering with
(A5) registering information of a local worker who performs installation and setting of the network device in a worker database;
(A6) When the business operator terminal refers to the work instruction document database and the work date of installation and setting of the network equipment approaches, the electronic information of the work instruction notification is sent to the mobile terminal of the local worker in charge of the work. Sending an email;
(A7) the portable terminal performing the work instruction / setting information request notification to the operator terminal;
(A8) When the operator terminal receives the work instruction and the setting information request notification, the GPS terminal information is acquired from the portable terminal;
(A9) The business operator terminal collates the GPS location information with location information registered in the work instruction database or worker database;
(A10) A method for constructing and developing a network device, comprising: a step in which the operator terminal transmits the work instruction code and the setting information code to the mobile terminal when the collation results match. The network device construction and deployment method according to claim 10,
(A11) A network device construction and deployment method, further comprising a step of transmitting a code transmission impossible message to the mobile terminal when the collation result of the position information is inconsistent. The network device construction and deployment method according to claim 11,
(A12) When the portable terminal receives the code transmission impossible message, the network device further comprises a step of notifying the operator terminal again of the request for the work instruction and the setting information. Method. In the construction | deployment deployment method of the network device as described in any one of Claims 10 thru | or 12,
(A13) In response to an instruction from the local worker who has confirmed reception of the work instruction code and the setting information code, the portable terminal performs the work instruction electronic code based on the work instruction code and the setting information code. A network device construction and deployment method, further comprising: creating data and the setting information electronic data. In the construction deployment method of the network device according to any one of claims 10 to 13,
(A14) the mobile terminal deleting the work instruction electronic data, the setting information electronic data, the work instruction code, and the setting information code used for the installation and setting work of the network device; Furthermore, the construction deployment method of the network apparatus which comprises. (B1) a portable terminal collects GPS (Global Positioning System) position information;
(B2) A network device construction and deployment method, wherein the server includes a step of identifying and communicating with the portable terminal based on the GPS position information. The network device construction and deployment method according to claim 15,
The step (b2) includes
(B21) A method for constructing and deploying a network device, wherein the server includes a step of transmitting data corresponding to the GPS position information to the mobile terminal. The network device construction and deployment method according to claim 16,
The step (b2) includes
(B22) The server further includes a step of converting a work instruction relating to installation and setting of the network device and setting information of the network device into a two-dimensional code and transmitting to the mobile terminal. Construction deployment method.

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